持续性
利益相关者
独创性
项目干系人
过程管理
项目管理
利益相关方参与
干系人管理
调解
业务
项目组
知识管理
项目管理三角形
管理科学
OPM3
工程类
计算机科学
系统工程
管理
经济
政治学
社会学
定性研究
生态学
社会科学
法学
生物
作者
Quan Phung,Bilge Erdogan,Yasemin Nielsen
出处
期刊:Engineering, Construction and Architectural Management
[Emerald (MCB UP)]
日期:2022-04-15
被引量:1
标识
DOI:10.1108/ecam-09-2021-0766
摘要
Purpose The paper aims to identify core components for managing sustainability in construction-building projects and to understand how these components support each other to achieve project success. It proposes a model for sustainable project management (SPM) to achieve sustainable project success (SPS). Design/methodology/approach The research utilised structural equation modelling to empirically test the conceptual model and the hypotheses associated to the 35 project-management related success factors and 24 performance criteria identified in literature review. Data was collected through 143 questionnaires carried out with construction professionals who have minimum two years' experience in sustainable building projects across the UK. Mediation analysis was used to identify the inter-relationships between the variables and components in the model. Findings The paper developed a model for SPM which consists of five components: (1) sustainability goal definition, (2) project team enhancement toward sustainability, (3) planning for sustainability, (4) sustainability assessment and (5) stakeholder management. Stakeholder management and sustainability goal definition were found to have a significant and direct impact to the achievement of SPS. The other three were found to generate an indirect but important impact on the SPS. The results showed that attention should be paid to all five components to fully support the development of sustainability in projects. Research limitations/implications Regarding the research approach, the generalisation of this research's findings is limited to the construction industry in the UK and similar developed countries. Originality/value This paper provides a further understanding of the inter-related effects of SPM and their impact on SPS.
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